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FPD International 2011

26 Wed. - 28 Fri. October, 2011 10:00 - 17:00 Pacifico Yokohama Nikkei Business Publications, Inc.

Registration Closed.

FPDI Forum

FPD International Forum 2011

OLED

B-01 OLED/Large-sized Displays

Exploring the Possibility of Upsizing OLED Displays

- Figuring out future development trends from technology selection by companies -

Date time : October 26 (Wed) 10:00 - 12:30
Floor : 3rd Floor, Conference Center, Pacifico Yokohama
  • Oxide TFT Technology for AM-OLED Display

    Organic light emitting display requires that the thin film transistor (TFT) have high reliability, uniformity and high mobility. I will talk about the pros and cons for the use of conventional amorphous silicon TFT, low temperature poly silicon TFT, and new oxide semiconductor TFT. Regarding to the common low reliability problem of the oxide semiconductor TFT such as the threshold voltage shift against bias/photo stress, I will introduce Sony’s highly reliable TFT technology and Sony's self-align TFT structure which is suitable for high density display and effective to improve the luminance uniformity.

    Yasunobu  Hiromasu

    Sony

    Display Device Development Division, Core Device Development Group Distinguished Engineer

    Yasunobu Hiromasu

    April 1991; joined IBM Japan and worked in the areas of a-Si TFT process and product development for liquid crystal displays. December 2004; joined Sony Corporation and worked in the area of micro-crystalline Si TFT and oxide TFT process development.

  • Recent Progress of Organic Light Emitting Diode for Large Panel

    The OLED industry is growing steadily these years. This presentation discusses OLED-related technologies released in 2010 and 2011, dividing them into "display" and "lighting." It also overviews the technology trend in this industry in terms of organic material, device and process.

    Shigeyuki   Matsunami

    Kyushu University

    Center for Organic Photonics and Electronics Research (OPERA) Research Professor

    Shigeyuki Matsunami

    1998: Completed the Graduate School of Environmental Science, Hokkaido University and acquired a doctor degree of global environmental science.

    2003: Joined Sony Corporation and was engaged mainly in development of material and device.

    2010: Joined the Center for Organic Photonics and Electronics Research, Kyushu University. Took charge of planning of overall research and technology in the abinet Office's Funding Program for World-Leading Innovative R&D on Science and Technology "Challenges for super organic electroluminescence devices through innovation of organic semiconducting materials" (core-researcher: Professor Chihaya Adachi).

  • OLED Display market, What is the next step

    Small size of OLED display is getting popular by SmartPhone. With touch panel, AMOLED found its killer application finally. For very large size, it has been developed by unique tiling system with PMOLED. Only remaining size of OLED display is for TV. What is the key for next step.

    Junzo  Masuda

    IHS iSuppli Japan

    Kyoto Branch Director, Display

    Junzo Masuda

    J Masuda directs display market reserch in Japan. Prior to join the firm in 1997, He was with Matsushita Electric where he was resposible strategic marketing for display to IT/TV world wide. His background is electronic display divice engineering.

B-02 OLED/Coating-type Displays

Expectations are Becoming High on Coating-type OLED Displays, whose Performances are Rapidly Improved.

- Significant advancement of technologies for achieving higher definition, lower power and higher resolution -

Date time : October 26 (Wed) 14:30 - 17:00
Floor : 3rd Floor, Conference Center, Pacifico Yokohama
  • Printing Technologies for High-Quality OLED Displays

    OLED displays are increasingly used in various applications thanks to its outstanding performances as a quality display device such as high contrast, wide range of color reproducibility, fast response, etc. In addition, a new OLED manufacturing technology based on printing technology that is supported by progressive improvement of material properties is attracting attention. This manufacturing method integrating the printing technology is highly productive and extremely conformable to the process of manufacturing display panels due to that it can easily size up the panel and improve its resolution. Therefore, this technology is expected to be a key to permeating OLED on a full scale. This presentation overlooks the latest OLED printing technology and discusses its possibility as well as Sony's efforts in this field.

    Takashi  Hirano

    Sony

    Display Device Development Division, Core Device Development Group Senior Manager

    Takashi Hirano

    In 1993, completed the master's course of Graduate School, Osaka University and joined Sony. Has been engaged in development of OELED screens since 1998. Successfully developed a protocol of 27-inch OELED TV set in 2007 and received a Distinguished Paper Award in the Society for Information Display 2007 ( SID' 07).

  • Novaled Technology for small molecule PIN-OLEDs and Hybrid Devices

    Organic Light Emitting Diodes (OLEDs) have shown great potential for display and lighting applications. For a successful commercialization, high performance is an important success factor. The Novaled PIN-OLED Technology uses novel organic dopants to create OLEDs with outstanding power efficiency and long lifetime. We will introduce the advanctages of PIN-OLEDs for display and lighting applications. Latest development on a new integrated outcoupling techology will be presented. The Novaled technology can also be used to improve the performance of so called hybrid P-OLEDs. We report on the latest development of hybrid P-OLEDs for display applications combining polymeric hole side and emitter layers with small molecule layers as organic electron side. Experimental results for blue hybrid P-OLEDs are presented and compared to standard P-OLEDs with inorganic cathode side.

    Philipp  Wellmann

    Novaled

    Head of Customer Support Asia

    Philipp Wellmann

    Dr. Philipp Wellmann studied Materials Science at the Technical University of Darmstadt/Germany and Advanced Materials at Chalmers University of Technology in Gothenburg/Sweden. He completed his Ph.D. work on stability and lifetime of PIN- OLEDs at Novaled and the Technical University of Dresden/Germany. He was working for Novaled in Dresden/Germany as Customer Project Manager and Research Scientist in the Physics group from 2004 to 2008. Currently he is located at the Novaled Japan office in Tokyo/Japan working as Head of Customer Support Asia.

  • Solution Printing to Enable Low Cost Manufacturing of OLEDs

    Solution coating offers the potential for significant cost-savings in AMOLED production through reduced material waste and through enablement of large size glass substrates. The DuPont approach to solution processing is based on small molecule OLED materials because of their superior performance. The cost advantage results from the application via solution methods of as many OLED layers as possible. By tailoring the materials to tolerate solution coating in ambient clean-room conditions, DuPont is able to deliver printed devices with excellent electrical performance. Blanket layers are first deposited sequentially via slot die coating onto an active matrix backplane. The RGB sub-pixels are patterned by printing with a nozzle printer, where the pixels are filled by continuously extruding solution from nozzles moving at high speeds. Intra- and inter-pixel luminance uniformity of solution processed AMOLEDs made by this method match or exceed that of commercial evaporated AMOLEDs and AMLCDs. Data on the excellent uniformity of solution processed devices will be presented.

    Marie B O'Regan

    DuPont Displays

    Technology Director

    Marie B O'Regan

    Education:

    B.Sc. (Hons.) in Chemistry, University College, Dublin, Ireland

    Ph.D. in Inorganic Chemistry, Massachusetts Institute of Technology, USA

    Professional Experience:

    Research Scientist, Eastman Kodak Company 1992-1994

    Senior Research Scientist, Eastman Kodak Company 1994-1998

    Program Manager, UNIAX Corporation, 1998-2000

    Manager, Plastic Display Program, DuPont Displays, 2000-2003

    Manager, Full Color and Active Matrix Groups, DuPont Displays, 2003-2005

    Technology Director, DuPont Displays, 2005 to present

B-03 OLED/OLED Materials

OLED Material as a Key Factor to Achieve Lower Power Consumption, Longer Operating Life Time and Higher Resolution

- Figuring out technology evolution of fluorescence, phosphorescence and macromolecule -

Date time : October 27 (Thu) 10:00 - 12:30
Floor : 3rd Floor, Conference Center, Pacifico Yokohama
  • New deep blue fluorescent materials and their applications to high performance OLEDs

    We will report recent development of OLED materials in Idemitstu Kosan. We developed highly efficient deep blue fluorescent materials. One of the materials showed high current efficiency using a new efficiency-enhancement layer (EEL) which can generate singlet excitons from triplet excitons effectively inside of an emitting layer. In addition, we developed new efficient red and green phosphorescent host materials. By optimizing the balance of career mobility, we achieved high efficiency and long lifetime. Furthermore, we applied the emitting materials to top-emission OLEDs designed for full-color display.

    Tomoki  Kato

    Idemitsu Kosan

    Electronic Materials Development Center Team Leader

    Tomoki Kato

    1995 Graduate school of engineering Kyoto university

    2007-Present Idemitsu Kosan Co.,Ltd developed OLED materials in electronic materials department, focussing on molecular designing and material synthesis

  • Lighting our way with White Phosphorescent OLEDs

    Organic lighting emitting diodes have caught the attention of the consumer. OLED smart phones are readily available in the global market. OLED TV prototypes which offer truly spectacular visual experiences are being exhibited at leading tradeshows. While the early focus of OLED development was for display applications, through the use of phosphorescent OLEDs, the technology is now being considered as an energy efficient solid state lighting candidate. Lighting is now at a cross roads. Incandescent lamps are being banned because of their environmental impact, while compact fluorescent lamps have limited visual appeal, as well as safety concerns for residential lighting due to their mercury content. Both inorganic LEDs and OLEDs can provide safe and energy efficient replacements for these older lighting technologies. Here we will focus on the recent rapid progress in PHOLED performance as white light sources and discuss the next challenges.

    Hitoshi  Yamamoto

    Universal Display Corporation

    PHOLED Applications Engineering and Development Principal Research Engineer

    Hitoshi Yamamoto

    Hitoshi Yamamoto is a Principal Research Engineer of Phosphorescent Organic Light Emitting Device (PHOLED) Applications Engineering and Development at Universal Display Corporation (UDC). Prior to joining UDC in 2003, he was a Research Manager at Samsung SDI and Samsung NEC Mobile Display where he was involved in R &D and manufacturing of organic light emitting devices (OLEDs). Hitoshi Yamamoto received his B. S. (1993) in Material System Engineering and M. S. (1995) in the Graduate School of Bio-Applications and Systems Engineering at Tokyo University of Agriculture and Technology, and then worked at Casio Computer Ltd., (1996-1999). He has authored or co-authored over 40 publications and patents in the field of OLEDs.

  • Recent progress and future perspectives of light-emitting polymers
    for full-color display

    Solution processable polymer OLED material is thought to be suitable for OLED displays and lighting, as it enables to fabricate large size devices with simple structure by utilizing “printing” method. In this lecture recent progress and future perspectives will be discussed for polymer RGB OLED material based on the up-to-dated emission and degradation mechanism understandings.

    Takeshi  Yamada

    Sumitomo Chemical

    Tsukuba Material Development Laboratory Group Manager

    Takeshi Yamada

    Mar, 1992 Graduated and got MSc for polymer science (polymer statistical mechanics) from Kyoto University.

    Apr, 1992 Hired at Sumitomo Chemical Co., Ltd. and began to work at polymer functional material development laboratory, dedicated with polymer properties and processing.

    July, 2003 Moved to Tsukuba Material Development Laboratory and started to work for polymer OLED material development. With the experiences of the acquisition of Dow chemical P-OLED activities and Cambridge Display Technology Company, now working for P-OLED as an group manager of the research group.

B-04 OLED/Medium- and Small-sized Displays

Medium- and Small-sized OLED Displays, Growing Rapidly in the Smart Phone Field and Making the Tablet Field within Sight

- Exploring strategies of main panel manufacturers -

Date time : October 27 (Thu) 14:30 - 17:00
Floor : 3rd Floor, Conference Center, Pacifico Yokohama
  • Development of Transparent AMOLEDs with Competitive Backplane Technologies and Touch Functions

    Active-matrix organic light emitting displays (AMOLEDs) have attracted widely attention in recent years due to their various merits for flat-panel displays. Further, their unique properties also render many novel applications and markets possible, such as flexible displays and transparent displays. In this talk, development and prototypes of transparent AMOLEDs will be investigated with two competitive backplane technologies. Firstly, a 2.4 inch touchable transparent AMOLED was realized with oxide-semiconductor based thin-film transistors (Oxide TFTs). High transparency and high resolution were achieved simultaneously, mainly attributed to the wide bandgaps of most materials used in TFTs, OLEDs, and touch sensors. Secondly, a 6 inch transparent AMOLED was also realized with solid-phase crystallized (SPC) poly-silicon TFTs. Not like the excimer laser annealed (ELA) poly-silicon TFTs, AMOLED with SPC poly-silicon TFTs is free of laser related mura, and the pixel design can be kept as simple as possible to gain high aperture ratio and transparency.

    Yusin  Lin

    AU Optronics

    Large Size OLED Technology Division Director

    Yusin Lin

    Yusin Lin is the director of large size OLED technology division of AU Optronics Corp. He joined AUO in 1999, and was a deputy director of TFT-LCD factory before joined OLED technology development. Before joined AUO, he was in Trace Storage Technology Corp., in charge of the development of high density magnetic recording media and its characterization methods. He got his master degree of Physics from National Taiwan University in 1994.

  • Status and Future Prospects of Automotive OLED

    In 2002 we have applied passive OLED to our Defi-Link-Display for the first time as automotive use, since then more and more OLED are used in automotive and consumer use. Our passive OLED have the Global No.1 longest life-time and durability, and it is used in Daimler E-class since 2009 for all model as standard feature. As for future automotive mono-color display, we are focusing our development to further specification as to replace LCD. We are also developing active OLED and OLED lighting.

    Tomihei  Ishida

    NIPPON SEIKI

    Display Products Business Dept. Operating Officer

    Tomihei Ishida

    Join Nippon-seiki in 1967, worked 3 years as designer.Moved to sales devision to handle agricultural machinery, boats and construction machinery’s instrument clusters. Moved to become Motorcycles meter cluster sales manager, automobiles meter cluster sales senior manager, consumer products sales senior manager. At 2006 due to establishment of display division moved to display sales division and become operating officer.

  • Accelerated Organic EL Industry in Korea

    This presentation introduces the updated information of the Korean OLED industry that is growing at an accelerated pace.

    Today, Samsung Mobile Display (SMD) accounts for 95% of the world mobile OLED panel market share. SMD keeps investment especially in its Tiananmen Plant that is expected to play an important role in the industry development. Against this background, the Korean OLED industry including related manufacturers of devices, parts and materials appears bustling than ever before.

    While struggling with the LCD business, the Korean FPD industry seems to concentrate their resources into OLED business. Is it going to be beneficial for the Korean FPD industry's further growth? This presentation looks at the industry's facing situation.

    Harry  Kim

    DISPLAYBANK

    DISPLAYBANK JAPAN VICE PRESIDENT

    Harry Kim

    1967: Born in Seoul.

    1994: Graduated Hanyang University and worked at an IT company.

    2004: Visited Japan, and worked vigorously as an expert commentator of the electronic industry, introducing Japanese advanced material technologies concerning semiconductors, displays and solar cells to Korean people on the website about Japanese-Korean industrial information exchange. Established a blog on cultural exchange between Japan and Korea and contributed many columns to newspapers.

    2007: Joined Displaybank as a senior analyst specializing in optical film, solar cell and LED markets.

    2009: Took a position of the representative of the Japanese office and the executive managing director of head office of Displaybank.

    The Presenter provides various seminars and lectures in Japan.

B-05 OLED/Flexible Displays

Bendable OLED Displays would Change Shapes of Equipment

- Organic TFT and Oxide TFT are emerging -

Date time : October 28 (Fri) 14:30 - 17:00
Floor : 3rd Floor, Conference Center, Pacifico Yokohama
  • Current status and future of the flexible OLED display

    The OLED display has established its position in the display device market, particlarly mid to small size devices for mobile application because of exellent picture quality and thinner shape. However, the LCD display for this application is also showing rapid progress in performance. So, it is critical for OLED display to develop its unique function and capability. Since the OLED device is composed mainly of organic materials, flexibility should be the key to compete with LCD. A wide variety of flexible OLED displays have already been demonstrated form early stage of R&D history. But, many issues are still remaining, such as reliability of OLED, suitable flexible substrate, appropriate TFT backplane, cost effective manufacturing process and so on. In this presentation, those issues and challenges to overcome will be reviewd.

    Teruo  Tohma

    Technical Consultant

    Teruo Tohma

    1947 Born in Tokyo

    1970 Entered Pioneer Corporation

    1993 Started to participate in the research of OLED displays

    1996 In April, transferred to Tohoku Pioneer Corporation as the project leader to industrialize the OLED displays

    1997 In November, succeeded in mass manufacturing of the 256 x 64 dot matrix display in green for the first time in the world

    2000 In June, appointed as Director of Tohoku Pioneer Corporation

    2005 Resigned from Tohoku Pioneer Corporation, began working as an independent

    technical consultant

  • Flexible displays driven by OTFTs

    TFT has process advantages. In this talk, the current situation of these flexible displays fabricated by using the best feature of organic TFTs and the near future around that will be discussed. 

    Ryoichi  Yasuda

    Sony

    Core Device Development Group Device Engineer

    Ryoichi Yasuda

    2001 Sony corporation, frontier science laboratories

    2002 Sony corporation, fusion domain laboratories

    2006 Sony corporation, material science laboratories

    2008- Sony corporation, core device development group

  • Flexible OLED Display Driven by Oxide TFTs

    Oxide TFT is a promising candidate for driving flexible OLEDs owing to its high mobility, low-temperature process, and excellent short-range uniformity of electrical properties. High Reliability of TFT on plastic substrate is required for practical use of flexible displays. We have developed highly reliable oxide TFTs on plastic substrate with low temperature (200℃) process, and a flexible OLED display with integrated gate driver circuits. We would like to talk about our developed flexible OLED display driven by oxide TFTs, and input function as new value of flexible display beyond thin & light.

    Hajime  Yamaguchi

    TOSHIBA

    Corporate Research & Development Center Senior Research Scientist

    Hajime Yamaguchi

    1987 Joined Toshiba Corporation

    1987-1994: R&D in the field of organic and molecular electronics

    1995-present: R&D in the field of display devices

    Senior Research Scientist, Electronic Imaging Laboratory, Corporate R&D Center

    Chief Specialist, Design & Development Center, Digital Products & Services Company